Taking into account the interaction of the electron with both LO phonons and IO phonons,we further investigated the properties of the interface magnetopolaron in polarpolar crystals at zero temperature and obtained explicit formulas for the energy level,renormalized cyclotron frequency and self-trapping energy.

In this paper, EPMA approximation was introduced for the interface polaron of two_mode behavior ternary mixed crystal.

Taking higher frequency branch into account,The interface polaron of one mode behavior ternary mixed crystals was studied.

The properties of the surface magnetopolaron in polar crystals were studie.

An expressions for the self trapping energy of the surface magnetopolaron as a function of the depth from the crystal surface, magnetic field and temperature were derived by using Huybrechts' linear combination operator and variational method.

The vibration frequency and the cyclotron-resonance mass of the strong and weak-coupling surface magnetopolaron are derived by using improved linear combination operator method.

Proper interface polarization of the material will enlarge.

By combining DLVO theory with the properties of chitosan microsphere, a suitable electrokinetic model was proposed, and the microscopic mechanism of interfacial polarization relaxation for concentrated suspensions was analyzed.

Surface tension, surface polarity and interfacial polarization are strongly related to the surface statu.

Surface tension, surface polarity and theinterfacial polarization are strongly relate.

The Mean Number of Optical Phonon of Magnetopolaron in Purely 2D Polar Crystals;

The Properties of Surface Magnetopolaron in 2D Crystals;

Internal Excited State of a Weak Coupling Magnetopolaron in Polar Crystals;